Système génératif · v2

L'IA qui croise les sciences pour imaginer les découvertes de demain

SPORE génère des hypothèses scientifiques disruptives en croisant aléatoirement des domaines éloignés, puis les valide avec 5 reviewers IA spécialisés.

Collisions explorées

Hypothèses 🔥

Briefs publiés

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Dernière découverte

Engineering Photon Flux Distribution in Continuous Photochemical Reactors: A Chemical Engineering Approach to Optimize Quantum Yield and Selectivity

Photochemistry

Chemical Engineering

L'hypothèse

If the spatial and temporal distribution of photon flux within a continuous photochemical reactor is actively engineered to match the kinetic profile of a target reaction, then the apparent quantum yield will increase by 15-40% and the selectivity for the primary photoproduct will increase by 20-50%, relative to a uniformly illuminated reactor at the same total photon dose, because optimizing the local volumetric rate of photon absorption (LVRPA) minimizes parasitic pathways and secondary photoreactions.

Critical path — ce qu'il faut démontrer

La capacité à démontrer, de manière contrôlée et sans ambiguïté, que l'amélioration des performances est bien due à l'ingénierie du profil LVRPA (et non à un profil thermique concomitant ou à un artefact de mesure), et que ce mécanisme est généralisable au-delà d'une réaction modèle unique et bien choisie.

Novelty

0.80

novel

Panel consensus

7.0/10

publish_brief

Protocole

8-14 months

€25k-120k

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Comment ça marche

De la collision au brief, en trois phases

🎲

Collision

200 domaines scientifiques croisés aléatoirement. Un filtre impitoyable ne garde que les paires non-triviales.

🧪

Validation

5 reviewers IA spécialisés challengent chaque hypothèse : méthodologue, domain expert, contrarian, industriel, funding strategist.

📄

Publication

Un brief de recherche complet, sourcé sur Semantic Scholar (zéro hallucination), actionnable — protocole en 3 phases avec quick start.

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Plus de découvertes

D'autres hypothèses à explorer

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Synthetic Biology×Tissue Regeneration

A hypoxia-responsive synthetic gene circuit in mesenchymal stem cells enhances therapeutic angiogenesis through self-regulated VEGF delivery

If human bone marrow-derived mesenchymal stem cells (MSCs) are engineered with a hypoxia-responsive synthetic gene circuit (HRC) controlling vascular endothelial growth factor (VEGF) secretion, then they will induce superior and safer revascularization in a murine hindlimb ischemia model compared to constitutive VEGF expression, because the HRC will generate a physiological VEGF gradient that minimizes aberrant vascularization while matching the spatiotemporal demands of the ischemic tissue.

Chemical Biology×Plant Biology

Quantitative Spatiotemporal Mapping of Hormone-Nitrogen Crosstalk in Arabidopsis Roots Using Bioorthogonal Activity-Based Probes

If the activity of nitrate reductase (NR) in the root epidermis is locally inhibited by salicylic acid (SA) within 15-30 minutes, then the concentration of free auxin (IAA) in the same epidermal cells will increase by 40-80% relative to untreated controls, because SA-induced NR inhibition creates a local nitrate deficit that triggers compensatory auxin biosynthesis to stimulate lateral root initiation as an alternative nitrogen foraging strategy.

Geophysics×Glaciology

Quantitative Seismic Full Waveform Inversion for 3D Imaging of Ice Fabric Anisotropy and Englacial Fracture Networks in Temperate Glaciers

If the viscoelastic properties of glacier ice (shear modulus μ, attenuation Qs⁻¹) are spatially heterogeneous due to variations in crystal fabric, temperature, and fracture density, then applying multi-parameter viscoelastic Full Waveform Inversion (FWI) to dense active-source seismic datasets will resolve these properties with a spatial resolution of ≤10 m horizontally and ≤5 m vertically in the upper 200 m of ice, because the complete seismic wavefield (amplitudes and phases) is sensitive to perturbations in stiffness and anelasticity at scales below the seismic wavelength.

Les chiffres

Mesuré, calibré, transparent

0.78

Novelty score moyen

sur /1.0

Domaines croisés

dans les briefs

$2.03

Coût par brief

end-to-end

100%

Références vérifiées

zéro hallucination